AI artwork featuring #My Hero Academia and #Ochaco Uraraka

character: uraraka_ochaco, Solo,

4

character: uraraka_ochaco, Solo, huge breasts, laying on stomach, oversized breasts, wide hips, hyper gigantic butt, bubble butt, slim, tall, very tall, fit, slim waist, narrow waist, trying to seduce you, seduction, skindentation, athletic, foreshortening, sly face, motion effects, Top quality, high quality, high resolution, one girl, eye contact, tight bodysuit, multicolored bodysuit, wearing headgear, white glove, smile, cute, 1girl, bodysuit, gloves, boku_no_hero_academia, skintight, gloves, belt, large eyes, hourglass figure, half closed eyes, top-down view, Vicineko, ochako uraraka, brown eyes, brown hair, short hair, bodysuit, skin tight, superhero, lying, crossed ankles, biggerass, gigantic ass, huge buttocks, huge hips, Mario movie illumination style, vibrant 3D anime, 3D CGI render, blender style, detailed shading, rim lighting, glossy surfaces, glossy skin, subsurface scattering.

Parameter anzeigen
Ursprüngliche Eingabeaufforderung
Solo, huge breasts, laying on stomach, oversized breasts, wide hips, hyper gigantic butt, bubble butt, slim, tall, very tall, fit, slim waist, narrow waist, trying to seduce you, seduction, skindentation, athletic, foreshortening, sly face, motion effects, Top quality, high quality, high resolution, one girl, eye contact, tight bodysuit, multicolored bodysuit, wearing headgear, white glove, smile, cute, 1girl, bodysuit, gloves, mha, my hero academia, skintight, gloves, belt, large eyes, hourglass figure, half closed eyes, top-down view, Vicineko, ochako uraraka, brown eyes, brown hair, short hair, bodysuit, skin tight, superhero, lying, crossed ankles,biggerass, gigantic ass, huge buttocks, huge hips, Mario movie illumination style, vibrant 3D anime ,3D CGI render, blender style,detailed shading, rim lighting, glossy surfaces, glossy skin, subsurface scattering,
Modus
pro
Größe
768 x 1024
Negativ
worst quality, photorealistic, bad anatomy, blur, low resolution, Mario
Prompt-Assistent

Verwendetes Modell und LoRA